DHVI were called to assist with the positioning of drill pipe to inspect a cavern opening and identify a possible fish, Once the camera exited the tubing to carry out observations, additional strings of pipe were identified and positions noted using our high-side indicator. One such pipe sitting to the side and three stacked together. As the camera continued it easily pushed through debris in the hole without issue. A stopping point was reached at what appeared to be a salt build up blocking the entrance into the cavern. With the help of the camera and our proprietary software, the customer was able to re-enter the cavern successfully. For more information contact us at DHVI.NET

DHVI’s High Definition Memory camera was deployed on Fibre Coil as part of a survey to help with the analysis of the production inflow within the well. The camera is able to identify two perforations producing Green Condensate and the extend of the sand pack throughout the wellbore. Identification of the slug flow conditions within the wellbore could indicate jetting perforations or uneven production flow from blockages within the well. Analysing the visual data we can identify Condensate as Green and Oil as Red in a predominate water phase with sand to the bottom. With this video the operator was able to correlate the production issues with each zone in the well and start the optimization process to allow for maximum production. For more information contact DHVI or visit our website at WWW.DHVI.NET

DHVI’s camera was deployed to provide a complete overview of the client’s wellbore condition. The customer originally had an obstruction that was impeding surface production. A decision was taken to use a small dress mill but shortly after the milling operation they could not get a successful pressure test on the wellbore. The Camera was deployed from surface to investigate and identify the condition of the Rams in the B.O.P’s. As the video progresses down the wellbore an increased calcium build up is evident as well as larger deposits to the casing wall. Further down the well, mill marks appear on the low side of the casing and eventually to the area where the mill has breached the casing wall. Continuing down hole a full scale blockage is eventually revealed. The client was later able to remediate the well using the video and run a larger mill to remove the calcification blockage, increasing their production significantly. For more information visit www.dhvi.net

The Capture Live camera system was deployed on e-line enabling the client to see footage of their wellbore in real- time. DHVI have the ability to live stream anywhere in the world enabling customers to make on the fly decisions during their logging programs. Real time data acquisition saves both time and money, in this case the camera was run in hole to inspect a suspected casing obstruction around 55 degrees deviation. The camera successfully identified a parted casing open to formation. With the data captured, the operator was able to effectively evaluate the condition of the wellbore, and accurately plan for the next step in well operations. For more video logging examples and information please visit www.DHVI.net

DHVI was called out for an urgent job as the client had suspended Fracturing operations due to a downhole milling issue. The camera and caliper combination, C3 tool, was deployed on e-coil to the area of interest where it was apparent that the casing had deformed. The mill marks seen in the video reveal the extent of the deformation within the casing, The caliper was engaged to measure the extent of the wall loss and buckling within the casing section. The video and 3D analysis was streamed live to the customer’s head office enabling them to discern that the wall loss was not significant enough to suspend fracturing operations. The well was completed and the defect noted for any further operations, saving the customer lost time and the potential of losing the well. Find out more at www.dhvi.net

Our industry leading Capture Live HD Camera was deployed in real-time on e-line with the ability to live stream to the clients office, enabling the client to make on the fly decisions during the logging program and data acquisition saving both time and money. The camera was deployed to inspect the area where the packer was set and to perform a visual bubble test. Particulates were floating in the well and metal shavings from previous milling operations were sitting on top of the packer. No bubbles were identified during the inspection and the operator was able to move forward with operations. Find out more at www.dhvi.net

Our industry leading Capture Live HD Camera was deployed in real-time on e-line with the ability to live stream to the clients office enabling the client to make on the fly decisions during the logging program and data acquisition saving both time and money. The video indicates that the client had milled through the cement inside of the casing, through the casing, through the cement on the outside of the casing, and then into open formation. The sideview camera identified the edge of the casing wall with cement visible on the inside and outside of where the casing was previously located. Open formation is also visible next to the cement. From the video, the customer was able to accurately evaluate the condition of the wellbore to properly plan their path moving forward. Find out more at www.dhvi.net

Our industry leading Capture Live HD Camera was deployed in real-time on e-coil and live streamed to the clients office, enabling the client to make on the fly decisions during the logging program and data acquisition, saving both time and money. The camera quickly identified that a ghost hole had been drilled into the formation and the camera was now passing out into open hole and along the back side of the frack liner. The camera was used to follow along the backside of the frack liner which was still in relatively good shape up to determine the precise failure point. A known and previously milled on tight spot was now identified as a bowtie collapse which was milled through the casing, now exposing a path to the outside of the frack liner. The full extent and severity of the collapse was identified and the customer was able to then make informed go forward decisions. Find out more at www.dhvi.net